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: If MSOR iteration = ( x_\textnew = (1 - \omega_r) x_\textold + \omega_r F(x_\textnew, x_\textold) ) for red, and ( x_\textnew = (1 - \omega_b) x_\textold + \omega_b F(x_\textnew, x_\textold) ) for black, then SOR = same but ( \omega_r = \omega_b = \omega ).
Consider a simple example of a 2-input, 2-output system: convert msor to sor
If you must proceed with the conversion, follow this checklist: : If MSOR iteration = ( x_\textnew =
The conversion of an MSOR matrix to an SOR matrix involves several techniques: x_\textold) ) for red
The MSOR system can be represented as:
omega_converted = find_equivalent_sor(A, b, omega1=1.2, omega2=1.8) print(f"Recommended SOR omega: omega_converted")
